Skip to Content

The Year in Computing

New ways to feed our need for computing speed, novel controllers for our gadgets, and scary security risks all appeared in 2010.
December 29, 2010

The last 12 months changed the shape and definition of computers, which no longer necessarily involve a keyboard, a monitor, and a mouse. Apple started the year by launching its tablet (The iPad, Like an iPhone, Only Bigger), which soon spawned many imitators (Androids Will Challenge the iPad). Google started the year by showing off the most powerful smart phone yet (Google Reveals its New Phone) and ended it with a personal computer that relies entirely on the Web, by way of Chrome OS (The Browser Takes All).

Beyond browsing: Google has released a test notebook that use the company’s Chrome OS and that relies on the Web for all its software applications.

Another new category of computers grew out of the industry’s obsession with adding computing power to television. Google’s ambitious but troubled effort (Google TV Faces Some Prime-Time Challenges) joined a more established apps-for-TV scheme from Yahoo (Yahoo Brings Apps to TVs) and a stripped-down entrant from Apple (Apple Shows a Facebook Rival and Apple TV 2.0). All put Web-streamed content and social networking at the heart of their strategies, trying to connect living-room viewing with online friends (Making TV Social, Virtually).

The new kinds of computers required new kinds of controls. 2010 saw enhancements to touch technology, such as a way to simulate the sensation of texture on a flat screen (Touch Screens that Touch Back) and a more powerful version of the laptop track pad (Upgrading the Laptop’s Touch Pad). New physical interfaces were also introduced, such as Microsoft’s technology for gestural control (Hackers Take the Kinect to New Levels) and a prototype device that the user controls by tapping a forearm (Putting Virtual Controls on Your Arm). More speculative projects showed that it’s possible to control a cell phone with your eyes (Eye Tracking for Mobile Control) or brain (Mobile Phone Mind Control).

All these innovations were made possible by continuing advances in the power and compactness of computer components. One route that both Intel (Computing at the Speed of Light) and IBM (Electricity and Light in One Chip) explored was to try to overcome the limitations of electricity by developing computers that run on light instead. Another radical idea, realized by a startup, was to create chips that work with probabilities, not 1s and 0s, an approach that could speed cryptography and other statistical calculations (A New Kind of Microchip).

Meanwhile, Apple (What’s Inside the iPad’s Chip?) and the Chinese government (China: a New Processor for a New Market) each took chip design in a new direction. Apple is striving to make chips for the iPad that balance portability and power, and China to make computing power available inexpensively to parts of the huge country that are as yet unwired.

But while Moore’s law held, exponentially increasing the computing power that can fit into a given space, our power supplies haven’t improved so fast. That puts a premium on less-energy-intensive ways to use computing, and it motivated research showing that Wi-Fi on mobile devices uses much more power than necessary (How Wi-Fi Drains Your Cell Phone). Intel demonstrated that chips allowed to make more errors use significantly less power and still get the job done (Intel Prototypes Low-Power Circuits). And a way to cut the power use of desktop computers by an average of 60 percent was introduced, achieved by putting a virtual copy of a desktop computer on a cloud server (PCs that Work While they Sleep).

A relatively new feature of computers, whether these are smart phones or TVs, is the cloud—the distant servers whose ample computing resources and storage space are accessed over the Internet. The cloud seems sure to become significantly more useful. Two startups showed that the cloud can enable small devices to act like much bigger, more powerful ones (Cloud Services Let Gadgets Punch Above Their Weight). The security worries that come with entrusting all your data to others also inspired cryptographers to hone a method that could let servers work with your data without being able to read (and potentially leak) it (Computing with Secrets, but Keeping Them Safe).

Google invented a new kind of cloud service when it made rudimentary AI available to all (Google Offers Cloud-Based Learning Engine). Researchers also tackled some of the logistical challenges to cloud computing, and came up with ways to easily move desktop software into the cloud (Drag and Drop Into the Cloud) and to compare the abilities of different cloud providers (Pitting Cloud Against Cloud).

Of course, even computers that incorporate the best of these ideas are still likely to crash. Fortunately, the last year brought new ideas that may make future machines more reliable. One new system can automatically diagnose a PC’s problems (Software Works Out What’s Troubling a PC); another can learn computer maintenance and repair by watching how an expert tunes a system (Software that Learns by Watching). A Stanford research project showed that building chips with transistors dedicated to spotting problems can create more reliable hardware (Speedier Bug Catching).

Security flaws, too, are universal, even unto the computer systems in cars (Is Your Car Safe From Hackers?) and ATMs (How to Make an ATM Spew Out Money), both of which can be compromised remotely, researchers demonstrated. New ideas about boosting security came from other researchers who bravely installed malware on a high-performance research computer (Raising a Botnet in Captivity) and from a company that can add computer smarts to the plastic in people’s wallets (A Credit Card with a Computer Inside).

Keep Reading

Most Popular

images created by Google Imagen
images created by Google Imagen

The dark secret behind those cute AI-generated animal images

Google Brain has revealed its own image-making AI, called Imagen. But don't expect to see anything that isn't wholesome.

AGI is just chatter for now concept
AGI is just chatter for now concept

The hype around DeepMind’s new AI model misses what’s actually cool about it

Some worry that the chatter about these tools is doing the whole field a disservice.

Hoan Ton-That, CEO of Clearview AI
Hoan Ton-That, CEO of Clearview AI

The walls are closing in on Clearview AI

The controversial face recognition company was just fined $10 million for scraping UK faces from the web. That might not be the end of it.

spaceman on a horse generated by DALL-E
spaceman on a horse generated by DALL-E

This horse-riding astronaut is a milestone in AI’s journey to make sense of the world

OpenAI’s latest picture-making AI is amazing—but raises questions about what we mean by intelligence.

Stay connected

Illustration by Rose WongIllustration by Rose Wong

Get the latest updates from
MIT Technology Review

Discover special offers, top stories, upcoming events, and more.

Thank you for submitting your email!

Explore more newsletters

It looks like something went wrong.

We’re having trouble saving your preferences. Try refreshing this page and updating them one more time. If you continue to get this message, reach out to us at with a list of newsletters you’d like to receive.